Download - VETEC Rotary Plug Valves & Actuators

SMART IN FLOW CONTROL.SMART IN FLOW CONTROL.

VETEC Ventiltechnik GmbH

Siemensstrasse 12 · 67346 Speyer, GermanyPhone: +49 6232 6412-0 · Fax: +49 6232 42479E-mail: [email protected]

Internet: www.vetec.de

SAMSON AKTIENGESELLSCHAFT

Weismüllerstraße 3 · 60314 Frankfurt am Main, GermanyPhone: +49 69 4009-0 · Fax: +49 4009-1507E-mail: [email protected]

Internet: www.samson.de

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� Production sites • Subsidiaries

VETECRotary Plug Valves & ActuatorsMain Catalog

At Home in Germanyand represented worldwide.


1968 1985 1988 20141964

2 3

Foundationas a mechanical engineering company specializing in sawing machinery

New fi eld of business: manufacture of globe valves (single/double seat), angle valves and pneumatic actuators

Beginning of development in rotary plug valves

100 % valve manufacture, globe valves, angle valves and rotary plug valves

Member of SAMSON group headquartered in Frankfurt am Main, Germany and start of worldwide marketing

Expansion into new target markets

(90 % of VETEC valves are rotary plug valves)

Relaunch under uniform SAMSON GROUP

brand identity:

„Think global, act local“

VETEC: Reliable · Flexible · Innovative Tradition & Perfection

Tradition and perfection for safe, durable control valves At VETEC, our expertise is founded on tradition and experience. We have accumulated in-depth know-how over many years and in combination with our worldwide service and sales network, we are your ideal partner.

VETEC stands for German engineering and control valves tailor-made for your specifi c application. The result are fi rst-rate valves that meet strictest requirements.

First-rate qualityThe prime quality our products and brand are known for is based on the hard work of our highly skilled staff: every day, they do their best to satisfy your needs. Every control valve that leaves our plant is manufactured to meet the specifi c requirements of your process and to function reliably over many years.

Rotary plug valves by VETEC feature high fl ow capacities and an excellent control accuracy at an enormous resolution. Typically, their KVS and CV coeffi cients are two to three times higher than those of comparable valves. Their rangeability of 200:1 also exceeds that of conventional control valves and similar products.

Focus on customers and process requirementsOften, the easiest aspects are the most diffi cult to imple-ment. At VETEC, our focus is on what our customers need for their process. Our innovations are not made for the sake of innovation; our innovations are the result of extensive cooperation and in-depth communication with our custom-ers.

Our goal is to make VETEC products rugged tools for the safe handling of different industrial processes.

SustainabilityAs a modern industrial company, VETEC stands for dura-ble, sustainable values. We use our technical exper-tise to achieve the highest level of safety, reliability and durability with our control valves. They are built to meet highest expectations and withstand extreme ambient conditions, such as temperature fluctuations, vibrations or offshore service. Every control valve that we make is the result of decade-long experience, continuous development and compliance with the strictest quality standards

Who we areVETEC is your reliable partner when it comes to achieving the best results for your company. We communicate at eye level and fairness is key to our business relations.

20151900

4

Properties

� Precise control, particularly using diaphragm actuators

� High positioning force (torques)

� Fast stroking speed

� Can be used for temperatures from -40 to +80 °C/-40 to +176°F

� Suitable for use in explosive atmospheres

Design features

� Rugged, compact design

� Variable number of springs

� Optimized spring ranges

� NAMUR interface for Types R, AT, BR 31a

� Modular design:Optionally with manual gear, handwheel, mechanical travel stops or accessories

� Optionally with quick-closing function

Standard ActuatorsValves

Properties

� Particularly high flow capacity, free passage

� Rugged, compact design

� Rangeability up to 200:1

� Blow-out-proof shaft

� Durability and maximum resistance to wear

� Excellent control behavior thanks to double-eccentric design

� Customized configurations

� Ideal to control the flow of gases, steam, liquids and solids

� Can be used to handle corrosive, sticky, highly viscous and dirt-carrying media

Special design features (optional)

� Low-emissions packing according to TA Luft and ISO 15848 (equivalent to bellows seal)

� Free of dead spaces

� Comprehensive sealing of all bearing bushings

� Stuffing box

� Extension for high and cryogenic temperatures

� Heating jacket

� Protective sleeves of ceramics and carbide metal

� Flushing connections

� Low-noise and anti-cavitation components

VETEC Type R

Pneumatic rotary rolling diaphragm actuator

VETEC Type 82.7-01

2017 version: upgraded design

VETEC Type 82.7

Rotary plug valve, short design (wafer type)

VETEC Type 73.3

Rotary plug valve, high-pressure, long design

VETEC Type 72.3

Rotary plug valve, long design

VETEC Type 73.7

Rotary plug valve, short design, high-pressure version

Air Torque Version A

Pneumatic double-piston rotary actuator,single or double acting

Pfeiffer Type BR 31a

Pneumatic double-piston rotary actuator, single or double acting

VETEC Type MZ

Pneumatic rotary diaphragm actuator

VETEC Type MD

Pneumatic rotary diaphragm actuator

5

6 7

Particularly high fl ow capacity

Standard seat factors: F1; F0.6; F0.4; F0.25

Free fl ow passage without shaft guide

Possible Fields of Application Flow Characteristics

The wide variety of versions makes VETEC's rotary plug valves suitable for many applications. The Types 82.7, 82.7-01, 72.3, 73.7 and 73.3 Valves can be used in throttling or on/off service in many fields of the process industry.

The process medium can flow through the valves without being deflected. VETEC valves come without shaft guide in the plug, which enables them to achieve a free passage with very high Kvs/Cv coefficients. Reduced seat trims allow the valves to be perfectly tailored to the process requirements.

� Chemicals and Petrochemicals

� Acrylic acid

� Ethylene oxide

� Butadiene

� Fluorine

� Bitumen

� Molten plastic

� Media containing solids

� Ammonia

� Industrial Gases

� Gaseous oxygen

� Phosgene

� Chlorine

� Cryogenic gases

� Water and Wastewater

� Water treatment

� Desalination

� Process cooling systems

� Steam

� Metallurgy and Mining

� Ore extraction(abrasive and corrosive slurries)

� Oil and Gas (midstream and downstream)

� Sour gas

� LNG

� Distribution and supply processes

� Media containing solids

� Crude oil, naphtha, HCO

� Special Fields of Application

� Control valves with fail-safe action

— DVGW certifi cation

— Fire-safe certifi cation

� Building Automation

� District heating

� District cooling

� Pulp and Paper

� Fibrous media The natural design characteristic can be modified to achieve a linear or equal percentage (logarithmic) characteristic using a positioner.

100

90

10

20

30

40

50

60

70

80

1009010 20 30 40 50 60 70 80

% opening angle %

K vs/

Cv

%

100

90

10

20

30

40

50

60

70

80

1009010 20 30 40 50 60 70 80

% control signal %

K vs/

Cv

%

Natural characteristic curve Linear/equal % (logarithmic) characteristic curve

75°

FTO

FTC

8 9

closed position valve opens open position

Seat trim (seat ring/seat retainer)

Trunnion bearing

Plug (rotary closure member)

The plug is lifted off the seat by the slightest rotary motion. There is no transition from static to dynamic friction between the seat and plug. The valves are not susceptible to vibration thanks to their rugged double guide bushing.

Both directions of flow are possible:

� FTO = flow-to-open (medium opens)

� FTC = flow-to-close (medium closes)

Used in combination with single-acting Type R, AT, M, BR 31a and other actuators, the valve has two fail-safe positions that become effective when the supply air fails:

� FC = fail-close: the valve is closed when the supply air fails

� FO = fail-open: the valve is opened when the supply air fails

Fulcrum

Eccentricity

Spring force

Spring relieved of pressure

Plug in closed position

Rotational motion of the plug

Valve closes counterclockwise

Spring relieved of pressure

Spring force

Plug in open position

Rotational motion of the plug

Valve opens clockwise

Fail-Safe ActionPrinciple of Operation

Fail-open action: spring to open

Fail-close action: spring to closeFC

FO

10 11

Technical Data of Valves

* on request

DIN ANSI*

Valve size DN 25 to 250 —

Pressure rating PN 63 to 160 —

Face-to-face dimensions DIN EN 558, table 2 DN 25 to 250, Series 2

DIN ANSI

Valve size DN 25 to 600 NPS 1 to 24

Pressure rating PN 10 to 40 CL 150, 300

Face-to-face dimensions DIN EN 558, table 2

DN 25 to 250, Series 1DN 300 to 600, Series 15

NPS 1 to 10, CL 150, Series 37NPS 1 to 10, CL 300, Series 38NPS 12 - 24, Series 15

DIN ANSI



Face-to-face dimensions DIN EN 558, table 2 Series 36

DIN ANSI



Face-to-face dimensions DIN EN 558, table 2

DN 25, Series 2DN 40 bis 600, Series 15

NPS 1, CL 600, Series 39NPS 1, CL 900, Series 54NPS 1½ bis 24, Series 15

Typ 82.7 & 82.7-01 version 2017 short design (wafer type)1

Typ 72.3 long design2

Typ 73.7 short design high-pressure version 3

Typ 73.3 long design high-pressure version 4

12 13

Function Single-acting pneumatic rotary actuator

Type Rolling diaphragm

Standard R110, R150, R200, R250

With reinforced springs R110v, R150v, R200v, R250v, R250vv


Type Diaphragm

Standard MD450, MD700

With reinforced springs MD450v, MD700v


Type Diaphragm

Standard MZ450, MZ700

With reinforced springs MZ450v, MZ700v

Function Pneumatic rotary actuator

Type Double-piston design (closes counterclockwise)

Single acting SC, SO

Double acting DL

Sizes 60 to 10,000

Function Pneumatic rotary actuator

Type Double-piston design (closes counterclockwise)

Single acting SRP

Double acting DAP

Sizes 60 to 10,000

Technical Data of VETEC Actuators Technical Data of Non-VETEC Actuators

AIR TORQUE version A1

PFEIFFER Type BR 31a2

Type R1

Type MD2

Type MZ3

14 15

Materials

VETEC manufactures rotary plug valves of almost all metals. In addition to the standard materials, such as cast steel and cast stainless steel, we offer versions made of steels and stainless steels for low- and high-temperature service as well as of exotic alloys.

Valve Type 82.7 / 82.7-01 72.3 73.7 73.3

Pressure Rating

DN NPS Face-to-face dimensions [mm]

25 1 102 102 160 184 197 230 210 254 230 —

40 1½ 114 114 200 222 235 240 240 240 260 —

50 2 124 124 230 254 267 250 250 250 300 —

80 3 165 165 310 298 317 280 280 280 380 —

100 4 194 194 350 352 368 300 300 300 430 —

150 6 229 229 480 451 473 350 350 350 550 —

200 8 243 243 600 543 568 400 400 400 650 —

250 10 297 297 730 673 708 450 450 450 775 —

300 12 338 338 500 500 500 500 500 500 — —

400 16 — — 600 600 600 600 600 600 — —

500 20 — — 700 700 700 700 700 700 — —

600 24 — — 800 800 800 800 800 800 — —

On request RTJ Flange version, change in face-to-face dimensions

CL 900 RF

PN 10

to 40

CL 150

CL 300

PN 10

to 40

CL 150

RF

CL 300 RF

PN 63

to 16

0

CL 600 RF

PN 63

to 16

0

CL 600

CL 900

Valve Type 82.7 / 82.7-01 72.3 73.7 73.3

Pressure Rating

DN NPS Tables

25 1 36 36 1 37 38 2 39 54 2 —

40 1½ 36 36 1 37 38 15 15 15 2 —

50 2 36 36 1 37 38 15 15 15 2 —

80 3 36 36 1 37 38 15 15 15 2 —

100 4 36 36 1 37 38 15 15 15 2 —

150 6 36 36 1 37 38 15 15 15 2 —

200 8 36 36 1 37 38 15 15 15 2 —

250 10 36 36 1 37 38 15 15 15 2 —

300 12 36 36 15 15 15 15 15 15 — —

400 16 — — 15 15 15 15 15 15 — —

500 20 — — 15 15 15 15 15 15 — —

600 24 — — 15 15 15 15 15 15 — —

CL 900 RF

PN 10

to 40

CL 150

CL 300

PN 10

to 40

CL 150

RF

CL 300 RF

PN 63

to 16

0

CL 600 RF

PN 63

to 16

0

CL 600

CL 900

Version DIN ANSI

Flange version1 DIN EN 1092-1 ASME B16.5

Valve seat Metal or soft seal

Opening angle 75 °

Closing direction Counterclockwise

Direction of fl ow Both directions: fl ow-to-close (FTC)/fl ow-to-open (FTO)

Fail-safe action Fail-close (FC)/fail-open (FO)

Rangeability Up to 200:1

Characteristic Natural characteristic (linear or equal percentage using positioner)

Leakage rateIEC 60534-1 ANSI/FCI 70-2

Metal seal: Class IV, soft seal: Class VI

Temperature range2 -196 to +500 °C/-321 to +932°F

Actuator Pneumatic, electric, hydraulic, manual gear

Version according to Directive 2014/68/EU, AD 2000 sheets, Directive 2006/42/EC

1 Other versions on request2 Different designs

Face-to-Face Dimensions DIN EN 558, Table 2Technical Data & Materials

DIN-EN (WN) ASME equivalent Description Temperature range [°C/°F]

1.0619 A216 WCC (-29 to +400 °C/-20,2 to +752 °F) Cast steel -10 to +400 °C/-14 to +752 °F

1.4408 A351 CF8M Cast stainless steel -196 to +500 °C/-320,8 to +932 °F

Special materials

� Duplex

� Superduplex

� Monel®

� Hastelloy®

� Titanium

� Zirconium

� Bronze alloys

� Others on request

16 17

Metal seat — fl ow to close (FTC)

DN [mm] 25 40 50 80 100 150 200 250 300NPS [inch] 1 1½ 2 3 4 6 8 10 12Seat Factors

100 %Kvs/Cv 16/18 36/42 70/81 210/243 340/393 660/763 810/936 1300/1503 2100/2428

Seat Ø [mm] 18 26 36 60 76 105 135 170 210

60 %Kvs/Cv 12/14 22/25 43/50 135/156 200/231 320/370 410/474 820/948 900/1040

Seat Ø [mm] 16 21.5 29.5 50 60 86 106 146 163

40 %Kvs/Cv 10/12 16/18 31/36 95/110 120/139 185/214 250/289 540/624 570/659

Seat Ø [mm] 14 18.5 25.5 44 53 73 88 126 133

25 %Kvs/Cv 4/4,6 12/14 19/22 56/65 90/104 125/145 160/185 320/370 410/474

Seat Ø [mm] 10 16 21 37 45 62 73 102 116

Other seat factors on request.

Metal seat — fl ow to open (FTO)


100 %Kvs/Cv 16/18 36/42 70/81 220/254 360/416 720/832 1100/1272 1950/2254 2700/3121

Seat Ø [mm] 18 26 36 60 76 105 135 170 210

60 % Kvs/Cv 12/14 22/25 43/50 145/168 210/243 430/497 630/728 1230/1422 1500/1734

Seat Ø [mm] 16 21.5 29.5 50 60 86 106 146 163

40 %Kvs/Cv 10/12 16/18 31/36 105/121 150/173 275/318 390/451 850/983 900/1040

Seat Ø [mm] 14 18.5 25.5 44 53 73 88 126 133

25 %Kvs/Cv 4/4,6 12/14 19/22 70/81 100/116 185/214 245/283 500/578 640/740

Seat Ø [mm] 10 16 21 37 45 62 73 102 116


Soft seat — fl ow to close (FTC)


100 %Kvs/Cv 12/14 36/42 68/79 180/208 290/335 535/618 730/844 1220/1410 2000/2312

Seat Ø [mm] 16 26 35 54 70 98 128 160 210

60 %Kvs/Cv 11/13 22/25 43/50 135/156 200/231 320/370 410/474 820/948 900/1040

Seat Ø [mm] 15 21.5 29.5 50 60 86 106 146 163

40 %Kvs/Cv 10/12 16/18 31/36 105/121 120/139 185/214 250/289 540/624 570/659

Seat Ø [mm] 14 18.5 25.5 46 53 73 88 126 133

25 %Kvs/Cv 4/4,6 12/14 19/22 56/65 90/104 125/145 160/185 320/370 410/474

Seat Ø [mm] 10 16 21 37 45 62 73 102 116


Metal seat — fl ow to close (FTC)

DN [mm] 25 40 50 80 100 150 200 250 300 400 500 600NPS [inch] 1 1½ 2 3 4 6 8 10 12 16 20 24Seat Factors

100 %Kvs/Cv

Valve size 25 to 300 according table 1a

3400/3931 4800/5549 7680/8879

Seat Ø [mm] 290 350 420

60 %Kvs/Cv 1800/2081 2700/3121 4030/4659

Seat Ø [mm] 225 271 330

40 %Kvs/Cv 1120/1295 1600/1850 2530/2925

Seat Ø [mm] 184 221 275

25 %Kvs/Cv 860/994 870/1006 1410/1630

Seat Ø [mm] 160 175 225

Other seat factors on request. Valve Type 73.3 only to DN 250.

FTC = Flow-to-close (medium closes) FTO = Flow-to-open (medium opens) FTC = Flow-to-close (medium closes) FTO = Flow-to-open (medium opens)

Kvs-Value: Valve Type 72.3, 73.7, 73.3Kvs/Cv-Value: Valve Type 82.7, 82.7-01

1a

Metal seat — fl ow to open (FTO)


100 %Kvs/Cv


4700/5434 6700/7746 9700/11214

Seat Ø [mm] 290 350 420

60 %Kvs/Cv 2700/3121 3800/4393 5800/6705

Seat Ø [mm] 225 271 330

40 %Kvs/Cv 1600/1850 2300/2659 3900/4509

Seat Ø [mm] 184 221 275

25 %Kvs/Cv 1100/1272 1250/1445 2400/2775

Seat Ø [mm] 160 175 225


Soft seat — fl ow to close (FTC)


100 %Kvs/Cv


2700/3121 4800/5549 7680/8879

Seat Ø [mm] 290 350 420

60 %Kvs/Cv 1800/2081 2700/3121 4030/4659

Seat Ø [mm] 225 271 330

40 %Kvs/Cv 1120/1295 1600/1850 2530/2925

Seat Ø [mm] 184 221 275

25 %Kvs/Cv 860/994 870/1006 1410/1630

Seat Ø [mm] 160 175 225


1a

2a

3a

1b

2b

3b

18 19

FC = Fail-close (spring-to-close) FTC = Flow-to-close (medium closes)

FO = Fail-open (spring-to-open) FTO = Flow-to-open (medium opens)



Differential pressures — FC/FTO and FO/FTC

R-ActuatorFace-to-Face DimensionsR110 R110v R150 R150v R200 R200v R250 R250v R250vv

Spring Ranges 0.4-1.2 1.16-2.76 0.4-1.2 0.92-2.76 0.4-1.2 1,25-2.65 0.4-1.2 1.3-2.4 1.7-3.3

DN NPS Differential pressures Δp [bar]25 1 40

40 1½ 16 40 40

50 2 8 40 40 40

80 3 14 14 38 30 40 40

100 4 6 6 20 16 40 28

150 6 8 6 28 10 40 40

200 8 4 3 14 6 25 30

250 10 6 3 12 16

300 12 4 6 8

Values for standard packing and low-emissions TA-Luft packing. Values do not apply to double stuffi ng box.Higher differential pressures on request.

Differential pressures — FC/FTC and FO/FTO at supply pressure 4 [barg]


Spring Ranges 0.4-1.2 1.16-2.76 0.4-1.2 0.92-2.76 0.4-1.2 1,25-2.65 0.4-1.2 1.3-2.4 1.7-3.3

DN NPS Differential pressures Δp [bar]25 1 40 40

40 1½ 40 40

50 2 40 30

80 3 15 40 40

100 4 6 36 26

150 6 16 12 36 30 40 30 18

200 8 8 6 18 14 30 24 10

250 10 10 8 16 10 6

300 12 8 6 3




Spring Ranges 0.4-1.2 1.16-2.76 0.4-1.2 0.92-2.76 0.4-1.2 1,25-2.65 0.4-1.2 1.3-2.4 1.7-3.3


40 1½ 16 75 75 75

50 2 6 40 36 75

80 3 12 12 36 30 75 56 75

100 4 4 5 18 14 50 26 75 55

150 6 8 6 26 10 40 28

200 8 3 12 5 20 14

250 10 5 3 10 8

300 12 4 6


Differential pressures — FC/FTC und FO/FTO at supply pressure 4 [barg]


Spring Ranges 0.4-1.2 1.16-2.76 0.4-1.2 0.92-2.76 0.4-1.2 1,25-2.65 0.4-1.2 1.3-2.4 1.7-3.3

DN NPS Differential pressures Δp [bar]25 1 75

40 1½ 75 75

50 2 75 40

80 3 14 75 40

100 4 6 60 24 75 55

150 6 10 55 25 75 40 20

200 8 5 18 14 50 26 10

250 10 8 25 16 6

300 12 12 8 3


High-Pressure

Max. Permissible Differential Pressures (Δp)

Valves Type 82.7, 82.7-01, 72.3 with R-Actuator Valves Type 73.7, 73.3 with R-Actuator

1

2

1

2

20 21


AT-Actuator4 Springs

Face-to-Face Dimensions60 100 150 220 300 450 600 900 1200 2000 3000 4000 5000 10000


40 1½ 16 30 40

50 2 6 12 30 40

80 3 3 8 12 24 38

100 4 4 6 12 18 26 40

150 6 4 8 12 18 30 40

200 8 4 6 8 16 26 36 40

250 10 4 8 14 20 24 40

300 12 4 8 12 14 28

400 16 4 6 10

500 20 3 6



AT-Actuator4 springs



40 1½ 16 37 40

50 2 7 18 34 40

80 3 5 11 17 30 40

100 4 5 8 15 21 27 40

150 6 3 7 10 13 20 36 40

200 8 3 5 7 11 19 26 37 40

250 10 3 6 11 14 21 31 40

300 12 3 6 9 13 19 32

400 16 4 6 10

500 20 3 6







A-Actuator4 Springs


DN NPS Differential pressures Δp [bar]25 1 4 35 64 75

40 1½ 15 30 60 75

50 2 6 12 28 40 75

80 3 3 8 12 24 38 52 75

100 4 4 6 12 18 25 40 70 75

150 6 4 8 12 18 30 40 70 75

200 8 4 6 8 16 25 36 40 75

250 10 4 8 14 20 24 40

300 12 4 8 11 15 28

400 16 4 6 10

500 20 3 6



A-Actuator4 Springs


DN NPS Differential pressures Δp [bar]25 1 6 30 75

40 1½ 15 33 65 75

50 2 6 14 30 42 75

80 3 4 10 15 28 38 50 75

100 4 3 6 12 18 25 40 70 75

150 6 5 8 10 18 32 45 65 75

200 8 4 6 8 16 25 35 50 75

250 10 4 8 12 19 26 45

300 12 5 6 11 15 28

400 16 4 6 10

500 20 3 6


Max. Permissible Differential Pressures (Δp)

Valves Type 82.7, 82.7-01, 72.3 with Double-Piston-Actuator Single-Acting Valves Type 73.7, 73.3 with Double-Piston-Actuator Single-Acting

High-Pressure

1

2

1

2

22 23

Equivalent to bellows seal. Two independent low-emissions TA Luft packings.

Equivalent to bellows seal For toxic, contaminant media.

Optionally with test connection.

Bushing seals for special applications.

Special version with O-rings on the trunnion bearing and shaft.

Trunnion Bearing

Shaft

For process media that remain liquid only above a certain temperature.

A heat transfer medium guarantees the required temperature.

For cryogenic gases.

For abrasive, erosive and corrosive media.

For low and high temperatures.

For sticky and contaminated process media, media containing solids.

For low differential pressures.

Gases and vapors.

Δp max. 10 bar

For high differential pressures.

Gases and vapors.

Δp max. 63 bar

Gases and vapors. Δp max. 5 bar

Gas- and steam media. Δp max. 10 bar

Liquid media.Δp max. 40 bar


Liquid media. Δp max. 40 bar

Gases and vapors.

Low-noise component built into the valve seat.

Δp max. 40 bar


SM 1.0 / SM1.5+

SM 2.0 / SM 2.5

VETEC low-noise components are effective, reliable and cost-effective solutions to minimize noise emissions, cavitation and erosion. The components can be adapted to the operating conditions that exist in the plant and function in both directions of fl ow. Existing valves can be retrofi tted with low-noise components by VETEC

Low-Noise ComponentsDesign Versions

Stuffi ng box TA-Luft/ISO 158481

Bushing seals3

Type IT1 temperature extension5

Cleaning connections7

Double stuffi ng box TA-Luft/ISO 158482

Heating jacket4

Type IT2 temperature extension6

Ceramic and carbide metal pockets8

SM 1.0 / SM 1.51 SM 2.0 / 2.52

SM 2.0 / 2.53 SM 3.0 / SM 3.54

SM 8.0 (tube bundle)5 SM 8.1 (multi-stage trim)6

SM 4.0 / 4.57 SM 9.18 SM 9.29

24 25

Accessories: � Manual gear� SAMSON positioners

Mounting positions for control valves� Control valves that include types R, AT or BR 31a actuators can be mounted in any desired position.

� For control valves with types MD and MZ actuators, we recommend installation in horizontal pipelines.

VETEC rotary plug valves can be combined with pneumatic, electric and hydraulic rotary actuators as well as different valve accessories, such as positioners, solenoid valves, limit switches and other equipment according to IEC 60534-6 or NAMUR Recommendation.

Types of actuator attachment� Types R, AT and BR 31a actuators are suitable for valve attachment in compliance with type A, B, C or D.

� Types MD and MZ actuators are suitable for valve attachment in compliance with type B or D.

� Further types of attachment on request!

Sample installations for control valves

A

B

C

D

AB

CD

D (FC)

FTO

FTC

FTO

FTC

FTO

FTCD (FC)

B (FC)

B(FC)

Accessories: � Manual gear� SAMSON positioners� Further accessories

Accessories: � SAMSON positioners

A

B C D

FTO

FTC

B

A

CD

FTC

FTO

FTC

FTO

A B

C

D

FTO

FTC

AB

CD

Mounting Positions & Types of AttachmentSample Confi gurations

Accessories: � Handwheel� SAMSON positioners



With R-actuator · FCR

Type 72.3/R-actuator1 Type 82.7/AT-actuator2 Type 72.3/R-actuator3

Type 73.7/R-actuator4 Type 73.7/MZ-actuator5 Type 73.3/R-actuator6

With MZ-actuator · FC/FOMZWith AT-actuator · FC/FOAT

With R-actuator · FOR

26 27

FDA/FMPA

ATEX/Directive 2014/34/EU

Declaration of conformity according to Annex IV of Directive 2014/68/EU

Industrial valves: Measurement, test and qualifi cation procedures for fugitive emissions

Conformity assessment for Eurasian Economic Union

TR CU 010/2011TR CU 032/2011

Typetested design according to DIN EN 16678 with safety function for gas and water service

Type-tested design (fi re safety)

Non-metallic materials for food industry

Equipment and protective systems intended for use in potentially explosive atmospheres

Safety integrity levels for functional safety

Conformity assessment for Eurasian Economic Union

TR CU 012/2011

Non-metal materials for oxygen service

According to MR0103/MR0175

Benefi t from Our Experience and Expertise!Certifi cates & Manufacturer's Declarations

CE

TA-Luft/ISO 15484

EAC

DVGW• GAD (EC) 2016/426 • EN161

DIN EN ISO 10497/API 607

FDA/FMPA

SIL (IEC 61508/IEC 61511)

EAC Ex

BAM

NACE standards

SMART IN FLOW CONTROL.


Siemensstrasse 12 · 67346 Speyer, GermanyPhone: +49 6232 6412-0 · Fax: +49 6232 42479E-mail: [email protected]

Internet: www.vetec.de

SAMSON AKTIENGESELLSCHAFT

Weismüllerstraße 3 · 60314 Frankfurt am Main, GermanyPhone: +49 69 4009-0 · Fax: +49 4009-1507E-mail: [email protected]

Internet: www.samson.de

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� Production sites • Subsidiaries

At Home in Germanyand represented worldwide.


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